船舶与海洋工程专业本科培养计划.docx

船舶与海洋工程专业本科培养计划
Undergraduate Program for Specialty in
Naval Architecture & Ocean Engineering

一、业务培养目标
1、Educational Objectives
本专业培养能适应社会发展需要，具备现代船舶与海洋工程设计、研究、建造的基本知识以及从事该行业工作所必需的基本技能，并有主动适应本学科及相关学科领域发展的创新意识和能力的船舶与海洋工程学科高级工程技术人才。
This specialty fosters students be adapted to the development requirement of modern society.,Equipped them with the fundamental knowledge of design, research and manufacture of Ship and Marine Engineering Structures as basic skills to be engaged in this industry as well as the initiative of adapting themselves to the development of Naval Architecture, and Marine Engineering, and the ability to enter relative industries.

二、业务培养要求
2、Educational Requirement
本专业学生主要学习物理、数学、力学、船舶及海洋工程原理的基本理论和基本知识，接受工程图形学、机械设计、船舶与海洋结构物设计制造的基本训练，具有船舶与海洋结构物设计、研究、制造、检验的初步能力。
本专业毕业生应具备以下几方面的知识储备和工作能力：
1、掌握物理、数学、力学、船舶及海洋工程原理等本专业领域的基础理论知识；
2、掌握船舶与海洋结构物的设计制造的理论、方法和工艺过程；
3、具有本专业必需的设计、制图、计算、计算机应用及文献检索的基本技能和知识；
4、熟悉技术经济学、贸易与经营、造船生产管理、水上运动装备与训练等知识。
5、有较强的自学能力、创新意识和良好的综合素质，具有一定的科学研究和实际工作能力。
For this specialty, students mainly study basic theories and knowledge of mathematics, mechanics and principle of naval architecture & ocean engineering, accept necessary training of engineering graphics, mechanical design, design and manufacture of naval architecture and ocean structure, and master the basic ability to design, research, manufacture and inspect of naval architecture and ocean structure.
After four year’s systemic learning and training, graduates should bear knowledge and abilities as following:
1. Systematically master the elemental theories and knowledge in Mathematics, Mechanics, Naval Architecture & Marine Engineering.
2. Systematically master the theories, methods and techniques process of Ship and Offshore Structures Design.
3. Equip them with the fundamental skill and knowledge of design, drawing, calculation, computer applications and literature searches.
4. Be familiar with the knowledge in Technological Economics, Trade and Marketing, Management of Shipbuilding Production, Water Sport Equipment and Training.
5. Have strong ability of independent study, creating initiative, and team work spirit, and possess a high comprehensive quality.

三、主干学科与主要课程
3、 Major Disciplines & Major Courses
主干学科：数学、力学、船舶与海洋工程
Major Disciplines: Mathematics, Mechanics, Naval Architecture & Marine Engineering
主要课程：理论力学、材料力学、流体力学A、船舶结构力学、船舶静力学、船舶阻力学、船舶推进学、船舶运动学、船舶设计原理、船舶建造工艺学、船体强度与结构设计、船舶图形学、海洋工程水动力学基础、海洋工程动力学基础、海洋平台设计、海洋平台建造工艺
Major Courses: Theoretical Mechanics, Mechanics of Materials, Fluid Mechanics A, Structural Mechanics of Ships, Ship Statics, Ship Resistance, Ship Propulsion, Ship Kinematics, Principle of Ship Design, Shipbuilding Technology, Hull Intensity and Structure Design, Naval Arch & Marine Engineering Graphics, Hydrodynamic Basis of Marine Engineering, Dynamics Basis of Ocean Engineering, Design of offshore Platform, Construction technique of offshore Platform

四、特色课程
4、 Characteristic Courses
船舶静力学、船舶阻力学、船舶推进学、船舶运动学、船舶设计原理、船舶建造工艺学、船体强度与结构设计、海洋平台设计、海洋平台建造工艺
Ship Statics, Ship Resistance, Ship Propulsion, Ship Kinematics, Principle of Ship Design, Shipbuilding Technology, Hull Intensity and Structure Design, Design of Offshore Platform, Construction Technique of Offshore Platform

五、学制与学位
5、 Length of School and Degree
修业年限：四年
Duration: 4 years
授予学位：工学学士
Degrees Conferred: Bachelor of Engineer

六、最低毕业学分规定
6、 Graduation Credit Criteria
Credit Criteria of Different Kinds of Courses
Total
总学分
Required Courses
必修课学分
Selective Courses
选修课学分
Practice Courses
实践课学分
Study Credit after Class课外学分
209.5
134
24
43.5
8

七、理论教学进程表
7、Theory Course Schedule
课程
类别
Courses
Classifi-ed
课程
性质
Courses
Nature
课 程 名 称
Course Name
学时/
学分
Hrs/Crs
其中（学时）
Including
各学期学时分配
Hours Distribution in a Semester
实验
Exp.
上机
Oper-
ation
实践
Prac-tice
课外
Extra-cur.
一
1st
二
2nd
三
3rd
四
4th
五
5th
六
6th
七
7th
八
8th
公 共 基 础 课 Public Basic CoursesGeneral Education Elective
Coures

必 修 课 Required Courses
思想道德修养与法律基础
Morals, Ethics and Fundamentals of Law
48/3

48

马克思主义基本原理
Marxism Philosophy
48/3

48

中国近现代史纲要
Outline of Chinese Contemporary and Modern History
32/2

32

毛泽东思想、邓小平理论和“三个代表”重要思想概论
Introduction to Mao Zedong Thought, Deng Xiaoping Theory and “Three Represent’s” important Thought
96/6

32

64
32

军事理论
Military Theory
36/2

18

36

体育
Physical Education
144/4

72
36
36
36
36

大学英语
College English
256/16

64
64
64
64

大学计算机基础
Foundation of Computer

32/2

12

32

计算机程序设计基础（C语言）
Fundamentals of Computer Program Design
(C Language)
56/3.5

20

56

高等数学A
Advanced Mathematics A
176/11

96
80

线性代数
Linear Algebra
48/3

48

概率论与数理统计
Probability and Mathematics Statistic
56/3.5

56

大学物理B
Physics B
120/7.5

56
64

物理实验B
Physics Lab. B
56/3.5
56

28
28

小 计 Subtotal
1204/
70
56
32
50
72
260
340
304
300
0
0
0
0
通识教育选修课
General Education Elective Courses
人文社会科学类
Humanity and Social Science Courses
全校学生至少选修艺术限定性课程32学时/2学分；理工类专业学生至少选修人文社会科学类课程64学时/4学分；其它专业学生至少选修自然科学技术类课程64学时/4学分。由学校统一安排选课。
All the students are required to select at least 32 hours/2 credits in the courses of Conditional Selective Course of Art. Students of Science and Engineering must select at least 64 hours/2 credits in the courses of Humanity and Social Science, and other students must select at least 64 hours/4 credits in the courses of Natural Science. Unified Arrangement by the University.
艺术限定性选修课
Conditional Selective Course of Art
自然科学技术类
Natural Science Courses
任意选修课
Other Courses
选修要求 Elective Demand
要求至少选修128学时，8学分
Subtotal class hours/credits at least: 128/8
学 科 基 础 课 Basic Courses of Disciplines
必 修 课 Required Courses
专业导论
Introduction to Speciality
16/1

16

工程图学B
Engineering Graphics B
64/4

4

64

理论力学B
Theoretical Mechanics B
72/4.5

72

材料力学B
Materials Mechanics B
64/4
4

64

流体力学A
Fluid Mechanics A
64/4
6

64

船舶结构力学
Structural Mechanics of Ships
64/4

64

力学实验B
Mechanics Practice B
24/1.5
24

24

机械设计基础B
Mechanical Design Basis B
56/3.5
6

56

电工与电子技术基础C
Fundamentals of Electrical Engineering & Electronic Technology C
90/5.5
20

90

金属工艺学C
Metal Technology C
40/2.5
4

40

船舶与海洋工程图形学
Naval Arch & Ocean Engineering Graphics
64/4

64

船舶静力学
Ship Statics
48/3

48

船舶阻力学
Ship Resistance
40/2.5

40

船舶推进学
Ship Propulsion
48/3

48

船舶运动学
Ship Kinematics
48/3

48

互换性与测量技术C
Interchangeability and Measurement Technology C
32/2
4

32

小 计 Subtotal
834/52
68
4
0
0
80
32
136
192
298
96
0
0
选 修 课
Elective Courses
船舶与海洋工程概论
Introduction to Naval Arch & Ocean Engineering
32/2

32

船舶动力装置
Ship Power Equipment
32/2

32

船舶电器设备
Ship Electric Equipment
32/2

32

船舶性能试验技术
Experimental Technology of Ship Performance
32/2

32

船舶结构建模与实验技术
The Modeling of the Ship and Experimental Technology
32/2

32

现代造船模式
Modern Ship Manufacturing Mode
32/2

32

船舶技术经济学
Ship Technological Economics
32/2

32

船舶材料与焊接
Ship Materials and Welding
32/2

32

海洋工程水动力学基础
Hydrodynamics Foundation of Marine Engineering
32/2

32

海洋工程动力学基础
Dynamics Foundation of Marime Engineering
32/2

32

小 计 Subtotal
320/20
0
0
0
0
0
0
64
0
96
64
96
0
选修要求　Elective Demand　　　　　
96/6
要求至少选修96学时，6学分
Subtotal class hours/credits at least: 96/6
专 业 课 Specialized Courses
必修课Required Courses
船舶设计原理
Principle of Ship Design
64/4

64

船舶建造工艺学
Shipbuilding Technology
64/4

64

船体强度与结构设计
Hull Intensity and Structure Design
64/4

64

小 计 Subtotal
192/12
0
0
0
0
0
0
0
0
0
128
64
0
选 修 课 Elective Courses
海洋与船舶工程A
Naval Architecture & Ocean Engineering A

船舶设备与系统
Ship Equipment and Systems
32/2

32

计算机辅助船舶设计
Computer Aided Ship Design
32/2

32

运输船舶设计特点
Characteristics of Transport Ship Design
32/2

32

船舶美学
Ship Aesthetics
32/2

32

船舶与海洋工程振动学
Ship Vibrations
32/2

32

高性能船性能及设计
Performance and Design of High Performance of Ship
32/2

32

海洋平台设计
Offshore Platform
32/2

32

船舶工程数据库
Engineering Database of Ship
32/2

32

船舶与海洋工程法规
Rules for Naval Arch & Marine Engineering
32/2

32

物流基础
Logistics Basis
32/2

32

小 计 Subtotal
320/20
0
0
0
0
0
0
0
0
32
96
192
0
船舶与海洋工程B
Naval Architecture & Ocean Engineering B
船厂规划与管理
Planning and Management of Shipyard
32/2

32

计算机辅助船舶建造
Computer Aided Ship Manufacturing
32/2

32

造船机械设备
Machine and Equipment for Shipbuilding
32/2

32

造船数控设备
NC Equipment for Shipbuilding
32/2

32

造船测量技术
Technique of Shipbuilding Measurement
32/2

32

造船生产机械化、自动化
Mechanization and Automation of Shipbuilding Production
32/2

32

微机原理及其在造船中的应用
Principles of Microcomputer and Application in Shipbuilding
32/2

32

海洋平台建造工艺
Construction Technique of Offshore Platform
32/2

32

小 计 Subtotal
256/16
0
0
0
0
0
0
0
0
32
64
160
0
船舶与海洋工程C
Naval Architecture & Ocean Engineering C
船舶贸易与经营
Ship Trade and Marketing
32/2

32

计算机辅助船舶设计
Computer Aided Ship Design
32/2

32

船舶与海洋工程法规
Rules for Naval Arch & Marine Engineering
32/2

32

运输与保险
Transportation and Insurance
32/2

32

水上运动装备概论
Introduction to Water Sport Equipment
32/2

32

运动艇设计及艇型优化
Yacht Design and Optimization of Hull Form
32/2

32

水上运动装备水动力学
Hydrodynamics of Water Sport Equipment
32/2

32

运动训练学
Sport Training
32/2

32

小 计 Subtotal
256/16
0
0
0
0
0
0
0
0
32
64
160
0
选修要求　Elective Demand　　　　　
160/10
按船舶与海洋工程A、B、C系列选修，一个系列至少修满160学时，10学分
Elective according to Directive Module Subtotal class hours/credits at least: 160/10

八、实践教学进程表
8、Practice Training Table
实践环节名称
Practice Courses Name
周数/
学分
Hrs/Crs
各学期周数分配
Hours Distribution in a Semester
一
1st
二
2nd
暑期
Summer
三
3rd
四
4th
暑期
Summer
五
5th
六
6th
暑期
Summer
七
7th
八
8th
军事训练
Military Training
3/1.5
3

英语听力训练(分散进行)
English Hearing Training
2/2
1
1

认识实习
Field Study for Discipline Understanding

1/1

1

金工实习B
Metal Techniques Practice B
2/2

2

电工电子实习B
Practice in Electrical Engineering & Electronics B
1/1

1

基础强化训练
Foundation Strengthening Training

1/1

1

机械设计基础课程设计
Course Practice of Machine Design Basis
2/2

2

船舶静力学课程设计
Course Practice of Ship Statics
1/1

1

船舶推进学课程设计
Course Practice of Ship Propulsion
1/1

1

船体强度与结构设计课程设计
Course Practice of Hull Intensity and Structure Design
1/1

1

船舶建造工艺学课程设计
Course Practice of Shipbuilding Technology
1/1

1

专业基础实验
Basic Experiment on Majors
2/2

1
1

能力拓展训练
Ability Development Training

1/1

1

专业综合实验
Comprehensive Experiment on Majors
2/2

1
1

船舶设计原理课程设计
Course Practice of Principles of Ship Design
1/1

1

生产实习
Specialized Training Practice for the Discipline
4/4

4

普通话水平测试(分散进行)
Standard Chinese Proficiency Test
2/2

2
毕业设计
Graduation Design
17/17

17

小 计 Subtotal
45/43.5
4
1
0
1
3
1
3
4
3
6
19

九、教学环节学时分配表
9、Study Period Distribution Table
总　学　时
Total Hrs.
教学环节类别
Types of teaching
学时
Hrs.
占总学时比例
Percent to TTH (total teaching hours)
2492
必修课
Required Courses
公共基础课
Public Basic Courses
1082
2108
43.4%
84.6%
学科基础课
Basic Courses of Disciplines
834
33.5%
专业课
Specialized Courses
192
7.7%
选修课
Elective Courses
公共基础课
Public Basic Courses
128
384
5.1%
15.4%
学科基础课
Basic Courses of Disciplines
96
3.9%
专业课
Specialized Courses
160
6.4%

十、其它要求
10、Other Demands
《形势与政策》课程，平均每学期16学时，一般按专题进行，在第七学期末考核，计 2个课外学分，具体由学校学生工作部、各学院学工办负责组织落实。
Situation & Policy, a 16 hours/term with 2 credits course, is taught according to topics and tested at the end of the 7th term . The course will be arranged by the University Students’ Affairs’ Department and implemented by Students’ Affairs Offices in each school.